70results about How to "Flip Accurate" patented technology

The invention discloses a pipe fitting reversing and feeding mechanism, and belongs to the field of workpiece machining and conveying mechanical equipment. A reversing mechanism is vertically disposedon one side of the upper portion of a fixed bracket, and a pipe-guiding mechanism is obliquely and downwardly disposed on the fixed bracket on the lower side of the reversing mechanism; a turnover mechanism is vertically disposed on the fixed bracket on the lower side of the pipe-guiding mechanism, and a pipe-discharging charge-pipe is horizontally arranged at the lower end of a pipe-guiding charge-pipe in a communicating mode; a pipe-limiting mechanism is fixedly arranged on the lower side of a pipe-placing clamping groove in inclined and upward modes, wherein the pipe-placing clamping groove is formed in the lower end of a pipe-blocking connecting plate; a pipe-blocking fixing block is fixedly and horizontally arranged in the middle of the pipe-guiding charge-pipe, and a pipe-feeding push plate of a circular arc structure is vertically arranged at the upper end of a pipe-pushing turnover plate; and the upper end of a slide downward charge-pipe communicates with the lower end of thepipe-guiding charge-pipe, and one end of a pipe-collecting turnover plate is connected to the upper side of the slide downward charge-pipe in a hinged mode. The pipe fitting reversing and feeding mechanism is reasonable in structural design, and pipe fittings can be transferred smoothly and conveniently one by one in a reversing mode, turnover is carried out accurately during the pipe fitting feeding process, thereby the automatic adjustment of pipe fitting working stations is realized, and the needs of machining and use are met.

The invention discloses a round can shunting feeding transfer mechanism, and belongs to the field of container equipment processing machinery equipment. Two can transfer mechanisms are horizontally arranged on a fixed bracket which is located on one side of the shunting mechanism from top to bottom. The middle portion of the upper part of an upper can guiding pipe communicates with the lower end of a can bearing hopper, and the upper can guiding pipe and a lower can material pipe are integrally shaped. A shunting rotary plate is vertically arranged in a rotating clamping groove of a rotating bracket, a round can clamping groove is formed in the outer side of the shunting rotary plate in the radial direction of the shunting rotary plate, and a can pushing cylinder is horizontally fixedly arranged on a can pushing bracket on one side of the round can clamping groove. A turning rotating shaft is horizontally rotatably connected to the upper side of a turning bracket. An arc-shaped grooveplate is horizontally fixedly arranged on the outer side of a turning connecting plate, and a turning can groove is formed in the arc-shaped groove plate. According to the round can shunting feeding transfer mechanism, the design is reasonable, round cans can be transported smoothly and sequentially one by one, so that the round cans be transported in a shunting mode, and the automatic turning ofthe round cans can be realized in the process of the shunting transfer of the round cans so as to meet the needs of processing and use.

The invention discloses a sheet workpiece continuous feeding mechanism and belongs to the field of workpiece machining and conveying mechanical equipment. A feeding mechanism body and a material conveying mechanism of the feeding mechanism are sequentially arranged on the part, on one side of a material guiding mechanism, of a fixing bracket in the horizontal direction; a translation bracket is horizontally arranged on the part, on the lower side of a storage hopper, of the fixing bracket; a translation connecting plate is slidably arranged on a translation guide bar in the horizontal direction; the middle of the lower side of a rotating disc is fixedly connected with the upper end of a feeding rotating shaft; a material suction guiding plate is vertically arranged on one side of a material suction bracket; the output end of a material suction air cylinder is fixedly connected with the middle of one side of the material suction guiding plate; a plurality of material suction mechanismsare sequentially and uniformly arranged on the material suction guiding plate in the horizontal direction; and a material conveying belt is arranged on the upper side of a material conveying bracket.The feeding mechanism is reasonable in structure design, a plurality of sheet workpieces can be sequentially sucked and fixed, and the multiple sucked and fixed sheet workpieces can be synchronously transferred and conveyed, so that the sheet workpiece feeding automation degree is increased, and the machining demands are met.

The invention relates to a track mounting clamper of hard disk driver, which comprises a base and a mounting console, wherein said base comprises a base and a rotation axle base mounted on the base; said mounting console has opposite first and second surfaces; the center of mounting console is arranged with a hard disk positioning element which both has the track positioning element between it and the first and second surfaces; the console via the rotation axle can be turned over to be supported on the rotation axle base; the rotation axis of rotation axle is between the first and second surfaces; via the hard disk positioning element and the track positioning element, the hard disk and the track can be positioned on the clamper; via the turn-over mounting console, the hard disk and the track can be turned over to the mounting position, to improve the efficiency and the quality.

The invention discloses an installation device of an embedded controller. The installation device of the embedded controller comprises a base, a tin welder, a driving mechanism, a control host, a worktable and a clamping frame. A circuit board can be quickly and safely clamped through the contact process of a power supply sheet and a conductive sheet in a moving clamp, and a permanent magnet sliding block is simultaneously attracted to move in the direction of an electromagnetic driving coil, so that a screw rod drives the clamping frame to rotate, secondly, through the arrangement of a laserirradiation lamp and a magnetic grid ruler, operators can conveniently and accurately record the specific positions of welding spots, and controllers with different specifications can be installed; the installation device of the embedded controller is convenient to operate, high in automation degree, capable of safely completing automatic clamping work, and capable of ensuring that the circuit board is always parallel to a horizontal plane during welding; and the installation device of the embedded controller breaks away from the traditional manual welding process, improves the working efficiency and simultaneously ensures the safety of workers.

The invention relates to the field of heavy truck speed changing box assembling, in particular to an automatic accurate overturning machine for heavy truck speed changing box assembling. The automatic accurate overturning machine comprises a machine body, a clamping lifting mechanism, an overturning clamping claw, a clamp clamping claw, a positioning lifting mechanism, a positioning rotating mechanism and a positioning bearing disc. The clamping lifting mechanism is arranged on a first support of the machine body. The overturning clamping claw and the clamp clamping claw are arranged on the clamping lifting mechanism. A workpiece is movably clamped through the overturning clamping claw and the clamp clamping claw, and after the workpiece is clamped, overturning is conducted through the overturning clamping claw. The positioning lifting mechanism is arranged on a second support of the machine body and provided with the positioning rotating mechanism, the positioning rotating mechanism is provided with the positioning bearing disc, the positioning bearing disc is driven to rotate through the positioning rotating mechanism, a tray bearing the workpiece is supported and positioned through the positioning bearing disc, and a machine body base between the first support and the second support is provided with a floating bearing. The automatic accurate overturning machine can automatically overturn a heavy truck speed changing box shell assembly, and the precision positioning requirement is met after overturning.

The invention discloses an automatic and accurate page turning and paper picking device, and belongs to the field of auxiliary tools of reading. The automatic and accurate page turning and paper picking device comprises a base, a cylindrical page turning mechanism and a book pressing mechanism, wherein a supporting rod is mounted at the upper part of the base; a first pushing cylinder and a second pushing cylinder are arranged on a cross beam of the supporting rod; a page turning motor is mounted at the tail end of a pushing rod of the first pushing cylinder; the cylindrical page turning mechanism is arranged on a main shaft of the page turning motor; and the book pressing mechanism is mounted at the tail end of a pushing rod of the second pushing cylinder. According to the automatic and accurate page turning and paper picking device, the cylindrical page turning mechanism is an incomplete cylinder, an air blowing plate blows air into a clearance to fill the clearance, when a page guide rod enters the space between the first-layer paper and a book from the clearance, the first-page paper is accurately turned during the process where the page guide rod overturns the first-layer paper to the other side, and a reader can turn the book to the assigned position according to the self requirements.

The invention discloses a turnover machine. The turnover machine comprises a base, a machine frame, a lifting mechanism, a rotary mechanism and a clamping mechanism, wherein the lifting mechanism comprises a first lifting frame, a second lifting frame, a first backing ring and a second backing ring; the rotary mechanism is connected between the first backing ring and the second backing ring in a sliding manner and comprises a rotary part, a rotary support and a driving mechanism which is arranged in the machine frame and is used for driving the rotary part to rotate; rotary space for the rotation of the rotary part is formed between the rotary part and the first lifting frame and between the rotary part and the second lifting frame; the clamping mechanism comprises clamping oil cylinders arranged at the two ends of a circular arc opening of the rotary support, and clamping heads connected to the ends, close to the circular arc opening, of the clamping oil cylinders; and two clamping heads are oppositely arranged. The accurate overturning of straightening materials is realized through the transverse movement, lifting, rotation and clamping of the turnover machine. The turnover machine integrates machinery, electricity and liquid, can realize automatic control operation, is safe and reliable, has stable performances and high result intensity and is simple to operate.

The invention provides an overturning device. The overturning device comprises a first conveyor belt and a second conveyor belt which are distributed in parallel and are both used for conveying a plurality of bodies to be overturned. In the direction that the first conveyor belt forwards conveys the multiple bodies to be overturned, a baffle is arranged in front of the first conveyor belt; and when the multiple bodies to be overturned are forwards conveyed by the first conveyor belt and make contact with the baffle, the baffle enables the multiple bodies to be overturned to bend towards the second conveyor belt, the multiple bodies to be overturned are conveyed to the second conveyor belt, and the conveying direction of the second conveyor belt is opposite to the conveying direction of thefirst conveyor belt. By means of the overturning device, the multiple bodies to be overturned can be overturned by 180 degrees at a time, the distribution manner of the multiple overturned bodies isconsistent with the distribution manner of the multiple bodies to be overturned before overturning, and therefore the requirements of production occasions or other occasions are met, such as the quality testing of the front faces and back faces of the overturned bodies in the last of the production link of the bodies to be overturned.

The invention discloses full-automatic aluminum-plastic bubble cap detection equipment, which comprises a first conveying mechanism; a material blocking mechanism which is arranged at the discharging end of the first conveying mechanism; a first detection mechanism which is arranged above the first conveying mechanism; a second conveying mechanism which is arranged behind the first conveying mechanism; an overturning mechanism which is used for overturning aluminum-plastic bubble caps located at the material blocking mechanism on the first conveying mechanism and then placing the aluminum-plastic bubble caps on the second conveying mechanism; a second detection mechanism which is arranged above the second conveying mechanism; and a sorting mechanism which is arranged at the discharging end of the second conveying mechanism. According to the full-automatic aluminum-plastic bubble cap detection equipment provided by the invention, efficient, rapid and automatic detection of the front and back surfaces of the aluminum-plastic bubble caps and fillers in the bubble caps is realized; the full-automatic aluminum-plastic bubble cap detection equipment greatly reduces the false detection rate of subjective manual visual detection, guarantees the correctness and reliability of a detection result, accelerates the detection efficiency, and effectively reduces the labor cost of detection; the equipment is simple in structure, convenient to install and debug, capable of turning over and adjusting speed and accurate in resetting; the shooting accuracy is high; and the time cost is greatly saved.

The invention discloses wheel-type automatic turnover equipment with a lifting mechanism. The wheel-type automatic turnover equipment comprises an inlet conveying mechanism and an outlet conveying mechanism. A turnover mechanism is arranged between the inlet conveying mechanism and the outlet conveying mechanism and provided with a first intermediate conveying mechanism and a second intermediate conveying mechanism. The first intermediate conveying mechanism and the second intermediate conveying mechanism are arranged on the turnover mechanism in parallel. The lifting mechanism is arranged below the first intermediate conveying mechanism. The turnover mechanism is further provided with a clamping mechanism which is a hydraulically-driven plane-type clamping mechanism. According to the wheel-type automatic turnover equipment, the turnover efficiency is improved, and the turnover process is safer and more accurate; meanwhile, the wheel-type automatic turnover equipment has the characteristic of being simple in structure.

The invention discloses an intelligent environment-friendly welding machine. A conveying device used for conveying pyramidal steel pipes, a clamping device used for clamping the steel pipes, a weldingdevice located above the conveying device, a power device used for driving the clamping device and a control device are arranged on the rack. The clamping device comprises two sets of symmetrically-arranged clamping assemblies acting at the same time. Each set of clamping assembly is provided with a mounting rack, a clamping wheel and a clamping drive assembly driving the clamping wheel to clampthe pyramidal steel pipes. The clamping drive assemblies are arranged on the mounting racks. The clamping wheels are rotationally arranged on the clamping drive assemblies. During clamping, the clamping wheels roll relative to the length direction of the pyramidal steel pipes. The welding device comprises a taper adjusting assembly, a welding joint, a welding wire and a probe. During welding, theprobe guides the welding joint and the welding wire to cooperatively weld a to-be-welded clearance. The taper adjusting assembly adjusts the height of the welding joint and the height of the probe soas to adapt to the taper of the pyramidal steel pipes. The production efficiency and quality of steel pipes in polygonal pyramid shapes are improved, manpower is reduced, and the production cost and pollution to the environment are reduced.

Tongs for manipulating shish-kebob on a barbeque grill, the tongs having two arms, the two arms being in parallel relationship at an insulated handle end which includes the pivot point at one end, the arms diverging at the opposing end of the handle end, to form two opposing spaced apart arms having kebob engaging ends, each end having an aperture there through, the apertures engaging the ends of the skewer, the tongs then being compressed so that the kebob engaging ends engage the outer food items on the skewer preventing their rotation so that the kebob may be either flipped for even cooking on the opposing side, or removed from the grill for consumption without endangering the fingers of the user.

The invention discloses lead frame plate placing and pushing-out equipment for semiconductor cutting. The lead frame plate placing and pushing-out equipment comprises a base, a top frame and a secondmotor. An arc-shaped hole is formed in the rear side of the base, a detection hole is formed in the rear side of the base, the detection hole is located in the right of the lower end of the arc-shapedhole, a sensor is fixed to the rear side of the base, the sensor and the detection hole are arranged in a front-back corresponding mode, and two transmission rollers are rotationally arranged in thebase and are in transmission connection through a belt. A first motor is fixed to the front side of the base, the output end of the first motor penetrates through the front side of the base to be fixed to the front end of one of the transmission rollers, and an electric push rod is fixed to the rear side of the base. According to the lead frame plate placing and pushing-out equipment for semiconductor cutting, the lead frame plates can be placed into the equipment without stop, then the lead frame plates are turned over to be placed and pushed into the cutting device, manual taking and placingare avoided, and the cutting efficiency is improved.

The invention discloses a turnover guiding machining mechanism for an aluminium profile, and belongs to the field of profile machining mechanical equipment. A profile turnover mechanism and a profileguiding mechanism are successively arranged on one side of a fixed base from top to bottom, a profile punching mechanism is horizontally arranged on the portion, on one side of the profile turnover mechanism, of the fixed base, and a plurality of material conveying rotary rollers are successively arranged on a material conveying bracket horizontally; material bearing guide rollers are horizontallyand rotatably connected to the two sides of a material bearing bracket on the lower side of a turnover bracket respectively, the two sides of a profile bearing plate are in threaded connection with material guiding lead screws on the two sides of the fixed base respectively, an adjusting connecting plate is vertically arranged on the upper side of a translation connecting plate, and a punching pressing rod is horizontally arranged on one side of an adjusting guide plate. The mechanism is reasonable in structural design, the aluminium profile horizontally conveyed can be perpendicularly turnedover stably and accurately so that the aluminium profile can be continuously punched and machined in the successive material guiding process in the vertical direction, the automation degree of machining the aluminium profile is improved, and the requirements of machining and using are met.

The invention discloses a punching and flanging integrated machine for rectangular pipes. The machine comprises a rack; a punching main machine capable of realizing punching from top to bottom or frombottom to top; a punching lifting support platform for placing and lifting the rectangular pipes to selecting the upper plate parts or the lower plate parts of the rectangular pipes to be punched; aflanging main machine for flanging the upper plate parts or the lower plate parts of the rectangular pipes; a flanging feeding platform which is used for clamping the rectangular pipes on the platformand feeding to ensure that the ends of the rectangular pipes are matched with the flanging main machine for flanging; a 90-degree flipping device comprising a flipping support platform which is fixedon the rack and located at a flipping station, wherein a 90-degree flipping mechanism for clamping the rectangular pipes to rotate by 90 degrees is arranged at one end of the flipping support platform; a first manipulator; and a second manipulator. The punching and flanging integrated machine has the advantages that the punching of two opposite plate parts at the ends of the rectangular pipes andthe flanging of the other two opposite plate parts can be completed, so that the automation of punching and flanging is realized and the processing accuracy and the processing efficiency are increased.